◆ apply_scalar_ternary() [3/3]

template<typename F , typename T1 , typename T2 , typename T3 , require_any_container_t< T1, T2 > * = nullptr, require_stan_scalar_t< T3 > * = nullptr>

auto stan::math::apply_scalar_ternary	(	const F &	f,
		const T1 &	x,
		const T2 &	y,
		const T3 &	z
	)

inline

Specialization for use where the third argument is a scalar.

Specialization for use where the first argument is a scalar.

Specialization for use where the second argument is a scalar.

The implementation is delegated to apply_scalar_binary to handle both Eigen and std::vector inputs, as well as nested containers.

Template Parameters

T1	A container or nested container type.
T2	A container or nested container type.
T3	An Arithmetic, Integral, var, or fvar<T> type.
F	Type of functor to apply.

Parameters

x	First input to which operation is applied.
y	Second input to which operation is applied.
z	Third scalar input to which operation is applied.
f	functor to apply to inputs.

The implementation is delegated to apply_scalar_binary to handle both Eigen and std::vector inputs, as well as nested containers.

Template Parameters

T1	A container or nested container type.
T2	An Arithmetic, Integral, var, or fvar<T> type.
T3	A container or nester container type.
F	Type of functor to apply.

Parameters

x	First input to which operation is applied.
y	Second scalar input to which operation is applied.
z	Third input to which operation is applied.
f	functor to apply to inputs.

The implementation is delegated to apply_scalar_binary to handle both Eigen and std::vector inputs, as well as nested containers.

Template Parameters

T1	An Arithmetic, Integral, var, or fvar<T> type.
T2	A container or nested container type.
T3	A container or nested container type
F	Type of functor to apply.

Parameters

x	First scalar input to which operation is applied.
y	Second input to which operation is applied.
z	Third input to which operation is applied.
f	functor to apply to inputs.

Definition at line 162 of file apply_scalar_ternary.hpp.